Account
SIGNAL GENERATOR [Wave Lab]: 7-volts RMS into 4-Ohms load
$ 1,275.00 excl. GST
• This ‘Wave-Lab’ microprocessor controlled Signal Generator has been designed to provide two digitally accurate oscillating signals to teach the concepts of wave theory.
• Two sine wave oscillators feed two high power amplifiers and the outputs of each can be set independently for both frequency and amplitude.
• The two outputs can be used independently.
• One output can be modulated by the other.
• Mains powered.
• A very high output power of 7-volts RMS into 4-Ohms load is available.
• This is equivalent to 1.75-amps AC RMS per output which is sufficient to power mechanical devices like a ticker timer, string vibrator or the largest of loud speakers.
• Kit comprises:
‘Wave-Lab’ instrument | Set of mini headphones with cable and plug | Microphone (dynamic] with cable | Switch and plug | Instruction sheet supplied.
Out of stock. (can be backordered).
.SIGNAL GENERATOR [Wave Lab]: 7-volts RMS into 4-Ohms load
• This ‘Wave-Lab’ microprocessor controlled Signal Generator has been designed to provide two digitally accurate oscillating signals to teach the concepts of wave theory.
• Two sine wave oscillators feed two high power amplifiers and the outputs of each can be set independently for both frequency and amplitude.
• The two outputs can be used independently.
• One output can be modulated by the other.
• Mains powered.
• A very high output power of 7-volts RMS into 4-Ohms load is available.
• This is equivalent to 1.75-amps AC RMS per output which is sufficient to power mechanical devices like a ticker timer, string vibrator or the largest of loud speakers.
• Kit comprises:
'Wave-Lab' instrument | Set of mini headphones with cable and plug | Microphone (dynamic] with cable | Switch and plug | Instruction sheet supplied.
(Wikipedia excerpt: ..."...A signal generator is one of a class of electronic devices that generates electrical signals with set properties of amplitude, frequency, and wave shape. These generated signals are used as a stimulus for electronic measurements, typically used in designing, testing, troubleshooting, and repairing electronic or electroacoustic devices, though it often has artistic uses as well. [1]
There are many different types of signal generators with different purposes and applications and at varying levels of expense. These types include function generators, RF and microwave signal generators, pitch generators, arbitrary waveform generators, digital pattern generators, and frequency generators. In general, no device is suitable for all possible applications.
A signal generator may be as simple as an oscillator with calibrated frequency and amplitude. More general-purpose signal generators allow control of all the characteristics of a signal. Modern general-purpose signal generators will have a microprocessor control and may also permit control from a personal computer. Signal generators may be free-standing self-contained instruments, or may be incorporated into more complex automatic test systems. ..")
Check out RIPPLE TANKS: VARIETY on our website!
[Got more questions? Email us your query.] | [Home Page]
